-
support applied research projects focused on grazing management and soil health. This position will lead the analysis and interpretation of soil data already collected across multiple projects spanning
-
Analysis - Analyze DNA repair outcomes using PCR, sequencing, genotyping, HRMA, Sanger-based editing analysis, nanopore sequencing, and related molecular approaches. -Evaluate homing, end-joining, SSA, indel
-
quantitative genetics and maize breeding. -Utilizes skills and knowledge in these and other areas to complete research projects leveraging new data extraction and analysis algorithms and connecting
-
acoustic technologies, artificial intelligence, and ecological field research to address complex conservation challenges. The successful candidate will bridge wildlife science and audio engineering to design
-
and analysis, presentations, publications, project/program conceptualization and development, grant proposal development, and other related activities. Study outcomes include physiological measures
-
plant variety protection documents, statistical analysis, and the genomics of polyploid plant species. The incumbent will be responsible for analyzing datasets to prepare PVP packages and manuscripts
-
analysis and decision support in plant breeding. •Experience developing AI-enabled decision support tools for breeding climate-resilient, high-quality horticultural crops. •Familiarity with statistical
-
data analysis. -Assist with grant proposal development, progress reports, regulatory documentation, ordering and purchasing laboratory supplies and equipment, maintaining laboratory inventory, and other
-
, and bioactive compounds from plant, food, microbial, and human samples; develops and optimizes analytical methods; analyzes complex datasets using metabolomics and statistical software tools
-
studies utilizing polyphenol-enriched plant systems, as well as the biochemical, molecular, and phytochemical analysis of serum samples collected from animals fed polyphenol-rich diets. The Postdoctoral